private void Test_Example2()
{
ClassA tempA = new ClassA();
// 循环嵌套会直接造成崩溃
//tempA.SetNext(tempA);
ClassA tempAnotherA = new ClassA();
tempA.SetA(tempAnotherA);
ClassB tempB = new ClassB();
tempA.SetB(tempB);
ClassC tempC = new ClassC();
tempA.SetC(tempC);
tempA.SetGameObject(this.gameObject);
// 测试 反序列化
string jsonStr = FastJson.Serialize(tempA);
ClassA deserializeA = FastJson.Deserialize <ClassA>(jsonStr);
Debug.Log(FastJson.Serialize(deserializeA));
}
private void Test_Example3()
{
ClassD tempD = new ClassD();
tempD.class_c_list = new List <ClassC>();
tempD.class_c_array = new ClassC[3];
tempD.class_c_dic = new Dictionary <string, ClassC>();
ClassC c1 = new ClassC();
c1.c_tag = "c1";
tempD.class_c_list.Add(c1);
tempD.class_c_array[0] = c1;
tempD.class_c_dic.Add("c0", c1);
ClassC c2 = new ClassC();
c2.c_tag = "c2";
tempD.class_c_list.Add(c2);
tempD.class_c_array[1] = c2;
tempD.class_c_dic.Add("c1", c2);
ClassC c3 = new ClassC();
c3.c_tag = "c3";
tempD.class_c_list.Add(c3);
tempD.class_c_array[2] = c3;
tempD.class_c_dic.Add("c2", c3);
string jsonStr = FastJson.Serialize(tempD);
Debug.Log(jsonStr);
// 反序列化后其 list array dic 内容不再是相同引用，考虑限制 List 和 Array 的反序列化
ClassD deserializeD = FastJson.Deserialize <ClassD>(jsonStr);
Debug.Log(FastJson.Serialize(deserializeD));
}
public void SetC(ClassC InClassC)
{
a_next_c = InClassC;
}
